Features

The full power of Python available for you to test, build and share your modelling experiments.

Follow a models evolution over time with solvers like LSODA. Need a more flexible/powerful solver easily extend PySCeS functionality by using the industry standard CVODE (via PySUNDIALS)

PySCeS includes a selection of non-linear root-finding algorithms that can quickly and efficiently be used to calculate steady state solutions (e.g. HYBRD, NLEQ2).

Investigate the control and regulation of cellular systems with a completer Metabolic Control Analysis (MCA) module that evaluates elasticities, flux and concentration control coeffcients and response coefficients.

A structural analysis module for determination of nullspaces and reduced stoichiometric matrix for models up to the genome scale.

A bifurcation analysis module for the study of systems which exhibit multiple (stable and unstable) steady state solutions (PITCON).

Interested in finding the latest version of PySCeS try the download section.

2014-12-02: PySCeS 0.9.1 has now been released see the download page for details
2014-06-03: PySCeS source now moved to GitHub repository
2013-06-03: PySCeS 0.9.0 has now been released see the download page for details

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